CN103324411B - Method, device and the equipment that modeling event moves and shakes in a mobile device - Google Patents
Method, device and the equipment that modeling event moves and shakes in a mobile device Download PDFInfo
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- CN103324411B CN103324411B CN201310177905.1A CN201310177905A CN103324411B CN 103324411 B CN103324411 B CN 103324411B CN 201310177905 A CN201310177905 A CN 201310177905A CN 103324411 B CN103324411 B CN 103324411B
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Abstract
Embodiments provide a kind of method that modeling event in a mobile device moves, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, described method includes: when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；According to described moving event position on screen, control described counterweight and move in described slide rail device.Allow user really realize hand-held sensorial change, make mobile device functionality variation.
Description
Technical field
The embodiment of the present invention relates to the technical field of mobile equipment, particularly relate to a kind of method that modeling event in a mobile device moves, the device that a kind of modeling event in a mobile device moves, a kind of mobile equipment and a kind of equipment, a kind of move the method for modeling event vibrations in equipment, a kind of move the device of modeling event vibrations in equipment, a kind of mobile equipment and a kind of equipment.
Background technology
Growing along with science and technology, the function of mobile equipment becomes increasingly abundant, and the application of mobile equipment is directed to the every aspect of our daily life, for instance blind man navigation, play game etc..But, user is using some application relevant with body-sensing on mobile equipment, when namely using the application that can go impression with health, it is merely resting in the stimulation of vision and audition, such as play shooting game, user can only experience the sound of shooting and the stimulation of picture, and cannot really realize hand-held sensorial change.
Summary of the invention
Embodiment of the present invention technical problem to be solved there is provided a kind of method that modeling event in a mobile device moves, the function that can use according to user, simulate different mobile effects, and, the method providing the vibrations of a kind of modeling event in a mobile device, the function that can use according to user, simulates different vibrating effects, user can be allowed really to realize hand-held sensorial change.
Accordingly, the embodiment of the present invention additionally provides device, a kind of mobile equipment and a kind of equipment that a kind of modeling event in a mobile device moves, a kind of move the device of the vibrations of modeling event in equipment, a kind of mobile equipment and a kind of equipment, in order to ensure realization and the application of said method.
In order to solve the problems referred to above, the embodiment of the invention discloses a kind of method that modeling event in a mobile device moves, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described method includes:
When the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described according to moving event position on screen, control described counterweight step of movement in described slide rail device and include:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described movable slide rail；
Drive described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drive described counterweight to corresponding described moving event position on the screen.
It is preferred that described according to moving event position on screen, control described counterweight step of movement in described slide rail device and include:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
It is preferred that described according to moving event position on screen, control described counterweight step of movement in described slide rail device and include:
Generating control information according to described moving event position on screen, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
The method that the embodiment of the invention discloses the vibrations of a kind of modeling event in a mobile device, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described method includes:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
According to described vibration mode, control described counterweight and shake in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described according to vibration mode, control the step that described counterweight shakes in described slide rail device and include:
Generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, make described counterweight move back and forth along vibrations track.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described according to vibration mode, control the step that described counterweight shakes in described slide rail device and include:
Generating control information according to described vibration mode, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
The embodiment of the invention discloses the device that a kind of modeling event in a mobile device moves, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Moving event monitoring modular, for monitoring the moving event of described mobile device screen；
Position determination module, for when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
Mobile control module, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that the described mobile module that controls includes:
First moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
It is preferred that the described mobile module that controls includes:
Second move control information generate submodule, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
It is preferred that the described mobile module that controls includes:
3rd moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes the described activity moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
The embodiment of the invention discloses the device of a kind of modeling event in a mobile device vibrations, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Vibrations trigger event monitoring module, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
Shake control module, for according to described vibration mode, controlling described counterweight and shake in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
First shake control information generates submodule, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
Second shake control information generates submodule, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
The embodiment of the invention discloses a kind of mobile equipment, described mobile equipment includes at least a set of slide rail device and the device that modeling event moves, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Moving event monitoring modular, for monitoring the moving event of described mobile device screen；
Position determination module, for when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
Mobile control module, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that the described mobile module that controls includes:
First moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
It is preferred that the described mobile module that controls includes:
Second move control information generate submodule, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
It is preferred that the described mobile module that controls includes:
3rd moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes the described activity moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
The embodiment of the invention discloses a kind of mobile equipment, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and the device of modeling event vibrations, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Vibrations trigger event monitoring module, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
Shake control module, for according to described vibration mode, controlling described counterweight and shake in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
First shake control information generates submodule, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
It is preferred that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
Second shake control information generates submodule, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
The embodiment of the invention discloses a kind of equipment, described equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described equipment also includes:
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device.
The embodiment of the invention discloses a kind of equipment, described equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described equipment also includes:
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
According to described vibration mode, control described counterweight and shake in described slide rail device.
Compared with background technology, the embodiment of the present invention includes advantages below:
The embodiment of the present invention, by controlling the movement of slide rail device and counterweight, is simulated mobile effect or the vibrating effect of different event, is allowed user really realize hand-held sensorial change, makes mobile device functionality variation.
The embodiment of the present invention, according to different environment, generates different control information, drives slide rail device and/or counterweight to move differently, and simulation different moving event, shock event, relevance factor is high, with low cost.
Accompanying drawing explanation
Fig. 1 is the flow chart of steps of the embodiment of the method that a kind of modeling event in a mobile device of the embodiment of the present invention moves；
Fig. 2 is the flow chart of steps of the embodiment of the method for a kind of modeling event in a mobile device vibrations of the embodiment of the present invention；
Fig. 3 is the structured flowchart of the device embodiment that a kind of modeling event in a mobile device of the embodiment of the present invention moves；
Fig. 4 is a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention；
Fig. 5 is a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention；
Fig. 6 is a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention；
Fig. 7 is the structured flowchart of the device embodiment of a kind of modeling event in a mobile device vibrations of the embodiment of the present invention；
Fig. 8 is the structured flowchart of the preferred exemplary of a kind of shake control module of the embodiment of the present invention；
Fig. 9 is the structured flowchart of the preferred exemplary of a kind of shake control module of the embodiment of the present invention.
Detailed description of the invention
Understandable for enabling the above-mentioned purpose of the embodiment of the present invention, feature and advantage to become apparent from, below in conjunction with the drawings and specific embodiments, the embodiment of the present invention is described in further detail.
One of core idea of the embodiment of the present invention is in that, allows counterweight move by different way, the mobile effect of modeling event, vibrating effect, makes user really know from experience hand-held sensorial change.
With reference to Fig. 1, illustrate the flow chart of steps of the embodiment of the method that a kind of modeling event in a mobile device of the embodiment of the present invention moves, in embodiments of the present invention, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight；The present embodiment may include steps of:
Step 101, when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
Step 102, according to described moving event position on screen, controls described counterweight and moves in described slide rail device.
In embodiments of the present invention, described mobile equipment can be the various mobile equipment such as panel computer, personal digital assistant, mobile phone, and this is not limited as by the embodiment of the present invention.
It should be noted that embodiment of the present invention indication " moving event ", it is possible to for set up applications in mobile equipment.Such as blind man navigation, " moving event " can be " route of advance ", and the embodiment of the present invention can pass through the simulation " route of advance " of the mobile equipment in blind person's hands, and allowing user experience advance to which direction.Such as trace ball game again, " moving event " can be " movement of trace ball ", and the embodiment of the present invention can simulate " movement of trace ball ", allows user experience the trace ball sensation in motion.
Described counterweight may refer to the weight that quality comparation is big, and the weight of counterweight and shape are not unique, it is necessary to determine according to practical situation, and this is not limited as by the embodiment of the present invention.Counterweight place of arrival, it is possible to increase the weight in that region, the center of gravity of mobile terminal also shifts therewith；Additionally, the moving process of counterweight, it is possible to by the hardware device of mobile equipment as medium, user's body also can be experienced.The arrangement mode of fixed rack and movable slide rail in described slide rail device, the form that can include shape, combination and slip is not unique, need to determine according to practical situation, described fixed rack can be " I " type, " U " type, " S " type, " O " type etc., described movable slide rail can be " I " type, undaform etc., as long as counterweight arrival activity slide rail each place with fixed rack place plane can be allowed.
It is appreciated that the described counterweight of control moves in described slide rail device, it is preferred that embodiment is to control described counterweight to move to the lower section that on mobile device screen, moving event position is corresponding, the track of simulation moving event.
As the example of embodiment of the present invention application, in described slide rail device, the arrangement of fixed rack and movable slide rail can adopt the following two kinds mode:
Wherein in a kind of arrangement mode, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
Being appreciated that fixed rack exists the tangent line on a geometric meaning at the junction point with movable slide rail, described movable slide rail is vertical with described tangent line.Described tangent line is to change with the change of shape of fixed rack, but movable slide rail keeps vertical with it.Described movable slide rail can slide along fixed rack horizontal direction, namely can horizontally slip in the horizontal direction, it is also possible to along the slip of fixed rack vertical direction, namely can lower slider in vertical direction.Wherein, horizontally and vertically for described tangent line.Described counterweight can move back and forth on described movable slide rail.
Such as, " I " type fixed rack level is put, and " I " type activity slide rail is vertical with fixed rack, and movable slide rail slides up and down along fixed rack, and counterweight can be slided on movable slide rail.
In another arrangement mode, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
Being appreciated that movable slide rail can slidably reciprocate along fixed rack, it is also possible to rotate with the junction point of movable slide rail with fixed rack for axle, described counterweight can move back and forth on described movable slide rail.
Based on above two arrangement mode, described fixed rack may be located between mainboard and the battery of mobile equipment, or, described fixed rack may be located between mainboard and the screen of mobile equipment；
Described fixed rack can be identical with the plane of movable slide rail composition and the size of described mobile device screen.
Certainly, above-mentioned arrangement mode is intended only as example, when implementing the embodiment of the present invention, it is possible to arranging other arrangement modes according to practical situation, this is not any limitation as by the embodiment of the present invention.It addition, except above-mentioned arrangement mode, those skilled in the art can also be actually needed other arrangement mode of employing, and this is not also any limitation as by the embodiment of the present invention.
When implementing the embodiment of the present invention, the information of moving event can be provided by application itself, controls slide rail device and counterweight can also be gone execution by application itself.Such as, when user plays the game of trace ball, the trace ball that moving event is described game moves this event, and described game application itself can determine trace ball position on screen, and application itself of therefore playing can control slide rail device and how counterweight goes mobile.
Being appreciated that the method driving slide rail device and counterweight to move is not unique, this is not any limitation as by the embodiment of the present invention.
A preferred exemplary as the embodiment of the present invention, it is possible to use the first precision stepper motor controls described counterweight and moves back and forth on described movable slide rail；The second precision stepper motor can being utilized to control described movable slide rail move on described fixed rack, move mode includes for moving horizontally and vertically moving；The 3rd precision stepper motor can also being utilized to control described movable slide rail move on described fixed rack, move mode includes moving horizontally and rotating around junction point.
As a preferred exemplary of the embodiment of the present invention, described step 102 can include following sub-step:
Sub-step S11, generates control information according to described moving event position on screen, and described control information includes moving direction and the displacement of described movable slide rail；
Sub-step S12, drives described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drive described counterweight to corresponding described moving event position on the screen.
In this example, described sub-step S12 can include following sub-step further:
Sub-step S12-1, calls default routine interface and described control information is sent to driver；
Sub-step S12-2, triggers the driving of described driver and moves according to the second described movable slide rail of precision stepper motor control described in described control information, or, drive the 3rd precision stepper motor to control described activity slide rail according to described control information and move.
It is appreciated that described control information can also include the translational speed of described movable slide rail.In this embodiment, described counterweight can not move on movable slide rail, and is driven by described movable slide rail.
As a preferred exemplary of the embodiment of the present invention, described step 102 can include following sub-step:
Sub-step S21, generates control information according to described moving event position on screen, and described control information includes moving direction and the displacement of described counterweight；
Sub-step S22, drives described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves corresponding described moving event position on the screen.
In this example, described sub-step S22 can include following sub-step further:
Sub-step S22-1, calls default routine interface and described control information is sent to driver；
Sub-step S22-2, triggers described driver and drives described first precision stepper motor to move according to the described counterweight of described control information control.
It is appreciated that described control information can also include the translational speed of described counterweight.In this embodiment, described movable slide rail can not move on fixed rack, and counterweight individually moves on movable slide rail.
As a preferred exemplary of the embodiment of the present invention, described step 102 can include following sub-step:
Sub-step S31, generates control information according to described moving event position on screen, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Sub-step S32, described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
In this example, described sub-step S32 can include following sub-step further:
Sub-step S32-1, calls default routine interface and described control information is sent to driver；
Sub-step S32-2, triggering described driver drives described second precision stepper motor to move according to the described movable slide rail of control information control of described movable slide rail, or, drive the 3rd precision stepper motor to control described movable slide rail according to the control information of described movable slide rail and move；
Sub-step S32-3, triggers described driver and drives described first precision stepper motor to move according to the described counterweight of control information control of described slide rail.
It is appreciated that described control information can also include the translational speed of described movable slide rail and the translational speed of described counterweight.The movement on described fixed rack of the described movable slide rail and the movement on described movable slide rail of the described counterweight synthesize final movement on the whole.
It is appreciated that above-mentioned three kinds of move modes can be preset, though a certain place of counterweight arrival activity slide rail and fixed rack place plane, it should make how movable slide rail moves, and/or, make how counterweight moves.Optional embodiment, it is determined that go out moving event position on screen, then looks up the movement rule of correspondence, then allows motor be controlled movable slide rail according to the movement rule found out, and/or, counterweight moves.
With reference to Fig. 2, illustrate the flow chart of steps of the embodiment of the method for a kind of modeling event in a mobile device vibrations of the embodiment of the present invention, in embodiments of the present invention, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight；The present embodiment may include steps of:
Step 201, when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
Step 202, according to described vibration mode, controls described counterweight and shakes in described slide rail device.
It should be noted that, embodiment of the present invention indication " shock event " and " vibrations triggering event ", being relative in mobile equipment set up applications, wherein " vibrations triggering event " refers to a certain operation that presently used application is performed by user.Such as shooting game, " shock event " refers to " shooting of bullet ", and the embodiment of the present invention can simulate straight line vibrations along bullet exit direction, allows user experience the shooting course of bullet.Wherein, " vibrations triggering event " is that user performs to set gesture (such as click or slide) next " pulling " trigger on screen.
It is appreciated that the described counterweight of control shakes in described slide rail device, it is preferred that embodiment is, controls to shake in the described counterweight lower section that shock event position is corresponding on screen, the vibrations track of simulation shock event.
As a preferred exemplary of the embodiment of the present invention, in described slide rail device fixed rack and movable slide rail arrangement can adopt the following two kinds mode:
Wherein in a kind of arrangement mode, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
In another arrangement mode, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
Based on above two arrangement mode, described fixed rack may be located between mainboard and the battery of mobile equipment, or, described fixed rack may be located between mainboard and the screen of mobile equipment；Described fixed rack can be identical with the plane of movable slide rail composition and the size of described mobile device screen.
Certainly, above-mentioned arrangement mode is intended only as example, when implementing the embodiment of the present invention, it is possible to arranging other arrangement modes according to practical situation, this is not any limitation as by the embodiment of the present invention.It addition, except above-mentioned arrangement mode, those skilled in the art can also be actually needed other arrangement mode of employing, and this is not also any limitation as by the embodiment of the present invention.
As a preferred exemplary of the embodiment of the present invention, the information of shock event can be provided by application itself, controls slide rail device and counterweight can also be gone to perform by application itself.
In implementing, driving the method that slide rail device and counterweight move not unique, this is not any limitation as by the embodiment of the present invention.
A preferred exemplary as the embodiment of the present invention, it is possible to use the first precision stepper motor controls described counterweight and moves back and forth on described movable slide rail；The second precision stepper motor can being utilized to control described movement move on described fixed rack, move mode includes moving horizontally and vertically moving；The 3rd precision stepper motor can also being utilized to control described movement move on described fixed rack, move mode includes moving horizontally and rotating around junction point.
As a preferred exemplary of the embodiment of the present invention, described vibration mode can include vibrations track and shockproofness, and described step 202 can include following sub-step:
Sub-step S41, generates control information according to described vibration mode, and described control information includes moving direction and the displacement of described counterweight；
Sub-step S42, drives described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
In this example, described sub-step S42 can include following sub-step further:
Sub-step S42-1, calls default routine interface and described control information is sent to driver；
Sub-step S42-2, triggers described driver and drives described first precision stepper motor to move according to the described counterweight of described control information control.
As a preferred exemplary of the embodiment of the present invention, described vibration mode can include vibrations track and shockproofness, and described step 202 specifically can include following sub-step:
Sub-step S51, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Sub-step S52, described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
In this example, described sub-step S52 can include following sub-step further:
Sub-step S52-1, calls default routine interface and described control information is sent to driver；
Sub-step S52-2, triggering described driver drives described second precision stepper motor to move according to the described movable slide rail of control information control of described movable slide rail, or, drive the 3rd precision stepper motor to control described movable slide rail according to the control information of described movable slide rail and move；
Sub-step S52-3, triggers described driver and drives described first precision stepper motor to move according to the described counterweight of control information control of described slide rail.
Being appreciated that and moved back and forth along vibrations track by mobile described counterweight, simulation vibrations, the speed that counterweight moves is more big, and the intensity of vibrations is more big.
For the embodiment of the method for the vibrations of modeling event in a mobile device, application basic simlarity due to application and the embodiment of the method that modeling event moves in a mobile device of slide rail device and counterweight, so what describe is fairly simple, relevant part illustrates referring to the part of the embodiment of the method simulating movement in a mobile device.
It should be noted that, for embodiment of the method, in order to be briefly described, therefore it is all expressed as a series of combination of actions, but those skilled in the art should know, the embodiment of the present invention is not by the restriction of described sequence of movement, because according to the embodiment of the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, embodiment described in this description belongs to preferred embodiment, necessary to the involved action not necessarily embodiment of the present invention.
With reference to Fig. 3, illustrate the structured flowchart of the device embodiment that a kind of modeling event in a mobile device of the embodiment of the present invention moves, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight；The embodiment of the present invention can include such as lower module:
Moving event monitoring modular 301, for monitoring the moving event of described mobile device screen；
Position determination module 302, for when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
Mobile control module 303, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
With reference to Fig. 4, it is shown that a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention, the described mobile module 303 that controls can include following submodule:
First moves control information generates submodule S303-11, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule S303-12, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
With reference to Fig. 5, it is shown that a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention, the described mobile module 303 that controls can include following submodule:
Second move control information generate submodule S303-21, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule S303-22, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
With reference to Fig. 6, it is shown that a kind of structured flowchart moving the preferred exemplary controlling module of the embodiment of the present invention, the described mobile module 303 that controls can include following submodule:
3rd mobile control information generates submodule S303-31, for generating control information according to described moving event position on screen, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule S303-32, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
For the device embodiment that modeling event in a mobile device moves, due to itself and the embodiment of the method basic simlarity that modeling event moves in a mobile device, so what describe is fairly simple, the embodiment of the method part that relevant part moves referring to modeling event in a mobile device illustrates.
With reference to Fig. 7, illustrate the structured flowchart of the device embodiment of a kind of modeling event in a mobile device vibrations of the embodiment of the present invention, described mobile equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight；The embodiment of the present invention can include such as lower module:
Vibrations trigger event monitoring module 701, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module 702, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
Shake control module 703, for according to described vibration mode, controlling described counterweight and shake in described slide rail device.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
Referring to Fig. 8, it is shown that the structured flowchart of the preferred exemplary of a kind of shake control module of the embodiment of the present invention.In the present embodiment, described vibration mode includes vibrations track and shockproofness；
Described shake control module 703 can include following submodule:
First shake control information generates submodule S703-11, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module S703-12, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
Referring to Fig. 9, it is shown that the structured flowchart of the preferred exemplary of a kind of shake control module of the embodiment of the present invention.In the present embodiment, described vibration mode includes vibrations track and shockproofness；
Described shake control module 703 can include following submodule:
Second shake control information generates submodule S703-21, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule S703-22, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
For the device embodiment of the vibrations of modeling event in a mobile device, due to itself and the embodiment of the method basic simlarity of the vibrations of modeling event in a mobile device, so what describe is fairly simple, the embodiment of the method part that relevant part shakes referring to modeling event in a mobile device illustrates.
Embodiments provide a kind of mobile equipment, described mobile equipment includes at least a set of slide rail device, and the device that modeling event moves, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device can include such as lower module:
Moving event monitoring modular, for monitoring the moving event of described mobile device screen；
Position determination module, for when the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
Mobile control module, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
In one preferred embodiment of the invention, the described mobile module that controls can include following submodule:
First moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
In one preferred embodiment of the invention, the described mobile module that controls can include following submodule:
Second move control information generate submodule, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
In one preferred embodiment of the invention, the described mobile module that controls can include following submodule:
3rd moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes the described activity moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
For mobile apparatus embodiments, due to itself and the device embodiment basic simlarity that modeling event moves in a mobile device, so what describe is fairly simple, the device embodiment part that relevant part moves referring to modeling event in a mobile device illustrates.
Embodiments provide a kind of mobile equipment, described mobile equipment includes at least a set of slide rail device, and the device of modeling event vibrations, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device can include such as lower module:
Vibrations trigger event monitoring module, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
Shake control module, for according to described vibration mode, controlling described counterweight and shake in described slide rail device.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
In one preferred embodiment of the invention, described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
In one preferred embodiment of the invention, described vibration mode includes vibrations track and shockproofness；
Described shake control module can include following submodule:
First shake control information generates submodule, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
In one preferred embodiment of the invention, described vibration mode includes vibrations track and shockproofness；
Described shake control module can include following submodule:
Second shake control information generates submodule, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
For mobile apparatus embodiments, due to itself and the device embodiment basic simlarity of the vibrations of modeling event in a mobile device, so what describe is fairly simple, the device embodiment part that relevant part shakes referring to modeling event in a mobile device illustrates.
Embodiments providing a kind of equipment, described equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described equipment may include that
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described movable slide rail；
Drive described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drive described counterweight to corresponding described moving event position on the screen.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
The present embodiment additionally provides a kind of non-volatile readable storage medium, in this storage medium, storage has one or more module (programs), these one or more modules are used in has the equipment touching screen, described equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, it is possible to make this equipment perform the instruction (instructions) of following steps:
When the moving event monitoring described mobile device screen is moved, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described movable slide rail；
Drive described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drive described counterweight to corresponding described moving event position on the screen.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
It is preferred that the one or more module also has following function:
Generating control information according to described moving event position on screen, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
It should be noted that, for apparatus embodiments, due to itself and the embodiment of the method basic simlarity that modeling event moves in a mobile device, so what describe is fairly simple, the part of the embodiment of the method that relevant part moves referring to modeling event in a mobile device illustrates.
The embodiment of the present invention additionally provides a kind of equipment, and described equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described equipment may include that
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
According to described vibration mode, control described counterweight and shake in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described vibration mode includes vibrations track and shockproofness；The one or more module also has following function:
Generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, make described counterweight move back and forth along vibrations track.
It is preferred that described vibration mode includes vibrations track and shockproofness；The one or more module also has following function:
Generating control information according to described vibration mode, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
The present embodiment additionally provides a kind of non-volatile readable storage medium, in this storage medium, storage has one or more module (programs), these one or more modules are used in has the equipment touching screen, described equipment includes at least a set of slide rail device, described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, it is possible to make this equipment perform the instruction (instructions) of following steps:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode of shock event corresponding to event；
According to described vibration mode, control described counterweight and shake in described slide rail device.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
It is preferred that described fixed rack is between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
It is preferred that described vibration mode includes vibrations track and shockproofness；The one or more module also has following function:
Generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, make described counterweight move back and forth along vibrations track.
It is preferred that described vibration mode includes vibrations track and shockproofness；The one or more module also has following function:
Generating control information according to described vibration mode, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
It should be noted that, for apparatus embodiments, due to itself and the embodiment of the method basic simlarity of the vibrations of modeling event in a mobile device, so what describe is fairly simple, the part of the embodiment of the method that relevant part shakes referring to modeling event in a mobile device illustrates.
Each embodiment in this specification all adopts the mode gone forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar part mutually referring to.
Those skilled in the art are it should be appreciated that the embodiment of the embodiment of the present invention can be provided as method, device or computer program.Therefore, the embodiment of the present invention can adopt the form of complete hardware embodiment, complete software implementation or the embodiment in conjunction with software and hardware aspect.And, the embodiment of the present invention can adopt the form at one or more upper computer programs implemented of computer-usable storage medium (including but not limited to disk memory, CD-ROM, optical memory etc.) wherein including computer usable program code.
The embodiment of the present invention is that flow chart and/or block diagram with reference to method according to embodiments of the present invention, terminal unit (system) and computer program describe.It should be understood that can by the combination of the flow process in each flow process in computer program instructions flowchart and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can be provided to produce a machine to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing terminal equipment so that the instruction performed by the processor of computer or other programmable data processing terminal equipment is produced for realizing the device of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions may be alternatively stored in and can guide in the computer-readable memory that computer or other programmable data processing terminal equipment work in a specific way, the instruction making to be stored in this computer-readable memory produces to include the manufacture of command device, and this command device realizes the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded on computer or other programmable data processing terminal equipment, make on computer or other programmable terminal equipment, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable terminal equipment provides for realizing the step of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.
Although having been described for the preferred embodiment of the embodiment of the present invention, but those skilled in the art are once know basic creative concept, then these embodiments can be made other change and amendment.So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of range of embodiment of the invention.
Finally, it can further be stated that, in this article, the relational terms of such as first and second or the like is used merely to separate an entity or operation with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " includes ", " comprising " or its any other variant are intended to comprising of nonexcludability, so that include the process of a series of key element, method, article or terminal unit not only include those key elements, but also include other key elements being not expressly set out, or also include the key element intrinsic for this process, method, article or terminal unit.When there is no more restriction, statement " including ... " key element limited, it is not excluded that there is also other identical element in including the process of described key element, method, article or terminal unit.
The method that a kind of the modeling event in a mobile device above embodiment of the present invention provided moves, the device that a kind of modeling event in a mobile device moves, a kind of mobile equipment and a kind of equipment, a kind of method moving the vibrations of modeling event in equipment, a kind of device moving the vibrations of modeling event in equipment, a kind of mobile equipment and a kind of equipment, it is described in detail, principle and the embodiment of the embodiment of the present invention are set forth by specific case used herein, the explanation of above example is only intended to help to understand method and the core concept thereof of the embodiment of the present invention；Simultaneously for one of ordinary skill in the art, according to the thought of the embodiment of the present invention, all will change in specific embodiments and applications, in sum, this specification content should not be construed as the restriction to the embodiment of the present invention.
Claims (35)
1. the method that modeling event moves in a mobile device, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described method includes:
When the moving event monitoring described mobile device screen occurs, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
2. method according to claim 1, it is characterised in that described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
3. method according to claim 1 and 2, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
4. the method according to any one of claim 1 to 2, it is characterised in that described according to moving event position on screen, controls described counterweight step of movement in described slide rail device and includes:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described movable slide rail；
Drive described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drive described counterweight to corresponding described moving event position on the screen.
5. the method according to any one of claim 1 to 2, it is characterised in that described according to moving event position on screen, controls described counterweight step of movement in described slide rail device and includes:
Generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
6. the method according to any one of claim 1 to 2, it is characterised in that described according to moving event position on screen, controls described counterweight step of movement in described slide rail device and includes:
Generating control information according to described moving event position on screen, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
7. the method that modeling event shakes in a mobile device, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described method includes:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode that event is corresponding；
According to described vibration mode, control described counterweight and shake in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
8. method according to claim 7, it is characterised in that described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
9. the method according to claim 7 or 8, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
10. the method according to any one of claim 7 to 8, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described according to vibration mode, control the step that described counterweight shakes in described slide rail device and include:
Generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
Drive described counterweight to move according to described moving direction and displacement on described movable slide rail, make described counterweight move back and forth along vibrations track.
11. according to the method described in any one of claim 7 to 8, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described according to vibration mode, control the step that described counterweight shakes in described slide rail device and include:
Generating control information according to described vibration mode, described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
Described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack is driven to move, and drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
12. the device that modeling event moves in a mobile device, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Moving event monitoring modular, for monitoring the moving event of described mobile device screen；
Position determination module, during for occurring at the moving event monitoring described mobile device screen, it is determined that described moving event position on screen；
Mobile control module, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
13. device according to claim 12, it is characterised in that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
14. the device according to claim 12 or 13, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
15. according to the device described in any one of claim 12 to 13, it is characterised in that the described mobile module that controls includes:
First moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
16. according to the device described in any one of claim 12 to 13, it is characterised in that the described mobile module that controls includes:
Second move control information generate submodule, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
17. according to the device described in any one of claim 12 to 13, it is characterised in that the described mobile module that controls includes:
3rd moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes the described activity moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
18. the device that modeling event shakes in a mobile device, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described device includes:
Vibrations trigger event monitoring module, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode that event is corresponding；
Shake control module, for according to described vibration mode, controlling described counterweight and shake in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
19. device according to claim 18, it is characterised in that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
20. the device according to claim 18 or 19, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
21. according to the device described in any one of claim 18 to 19, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
First shake control information generates submodule, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
22. according to the device described in any one of claim 18 to 19, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
Second shake control information generates submodule, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
23. a mobile equipment, it is characterised in that described mobile equipment includes at least a set of slide rail device, and the device that modeling event moves, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described device includes:
Moving event monitoring modular, for monitoring the moving event of described mobile device screen；
Position determination module, during for occurring at the moving event monitoring described mobile device screen, it is determined that described moving event position on screen；
Mobile control module, for according to described moving event position on screen, controlling described counterweight and move in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
24. mobile equipment according to claim 23, it is characterised in that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
25. the mobile equipment according to claim 23 or 24, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
26. the mobile equipment according to any one of claim 23 to 24, it is characterised in that the described mobile module that controls includes:
First moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes moving direction and the displacement of described activity slide rail；
First drives submodule, for driving described movable slide rail to move according to described moving direction and displacement on described fixed rack, movable slide rail drives described counterweight to corresponding described moving event position on the screen.
27. the mobile equipment according to any one of claim 23 to 24, it is characterised in that the described mobile module that controls includes:
Second move control information generate submodule, for according to described moving event on screen position generation control information, described control information includes moving direction and the displacement of described counterweight；
Second drives submodule, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, described counterweight moves to corresponding described moving event position on the screen.
28. the mobile equipment according to any one of claim 23 to 24, it is characterised in that the described mobile module that controls includes:
3rd moves control information generates submodule, and for generating control information according to described moving event position on screen, described control information includes the described activity moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
3rd drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, described counterweight is moved to corresponding described moving event position on the screen.
29. a mobile equipment, it is characterised in that described mobile equipment includes at least a set of slide rail device, and the device of modeling event vibrations, described slide rail device includes at least one fixed rack and at least one movable slide rail, and described movable slide rail connects at least one counterweight, and described device includes:
Vibrations trigger event monitoring module, be used for monitoring described mobile device screen and vibrations triggering event occurs；
Vibration mode determines module, for when monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode that event is corresponding；
Shake control module, for according to described vibration mode, controlling described counterweight and shake in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
30. mobile equipment according to claim 29, it is characterised in that described fixed rack is fixedly installed on mobile device interior, it is parallel to described mobile device screen；
Described movable slide rail has the junction point being connected with fixed rack, and rotates around described junction point on fixed rack；
Described counterweight is slided along described movable slide rail.
31. the mobile equipment according to claim 29 or 30, it is characterised in that described fixed rack between mainboard and the battery of mobile equipment, or, described fixed rack is between mainboard and the screen of mobile equipment；
Described fixed rack is identical with the size of described mobile device screen with the plane of movable slide rail composition.
32. the mobile equipment according to any one of claim 29 to 30, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
First shake control information generates submodule, and for generating control information according to described vibration mode, described control information includes moving direction and the displacement of described counterweight；
4 wheel driven mover module, for driving described counterweight to move according to described moving direction and displacement on described movable slide rail, makes described counterweight move back and forth along vibrations track.
33. the mobile equipment according to any one of claim 29 to 30, it is characterised in that described vibration mode includes vibrations track and shockproofness；
Described shake control module includes:
Second shake control information generates submodule, generates control information according to described vibration mode, and described control information includes the described movable moving direction of slide rail and the moving direction of displacement and described counterweight and displacement；
5th drives submodule, for driving described movable slide rail moving direction and displacement according to described movable slide rail on described fixed rack to move, drive described counterweight to move according to moving direction and the displacement of described counterweight on described movable slide rail, make described counterweight move back and forth along vibrations track.
34. a mobile equipment, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described mobile equipment also includes:
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When the moving event monitoring described mobile device screen occurs, it is determined that described moving event position on screen；
According to described moving event position on screen, control described counterweight and move in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
35. a mobile equipment, it is characterized in that, described mobile equipment includes at least a set of slide rail device, and described slide rail device includes at least one fixed rack and at least one movable slide rail, described movable slide rail connects at least one counterweight, and described mobile equipment also includes:
One or more processors；
Memorizer；With
One or more modules, the one or more module stores is in described memorizer and is configured to be performed by the one or more processor, and wherein, the one or more module has following function:
When monitoring described mobile device screen and vibrations triggering event occurring, it is determined that described vibrations trigger the vibration mode that event is corresponding；
According to described vibration mode, control described counterweight and shake in described slide rail device；
Wherein, described fixed rack is fixedly installed on mobile device interior, is parallel to described mobile device screen；
Described movable slide rail is mutually perpendicular to described fixed rack, and slides along described fixed rack, or slides along the vertical direction of described fixed rack；
Described counterweight is slided along described movable slide rail.
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| CN109005270A (en) * | 2018-10-30 | 2018-12-14 | Oppo（重庆）智能科技有限公司 | Mobile terminal |
| CN109327623B (en) * | 2018-11-23 | 2021-02-02 | Oppo（重庆）智能科技有限公司 | Electronic device and drop control method of electronic device |
| CN109302521B (en) * | 2018-11-23 | 2021-01-22 | Oppo（重庆）智能科技有限公司 | Electronic device and drop control method of electronic device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101957673A (en) * | 2010-09-26 | 2011-01-26 | 浙江大学 | Method for playing lumberjack type game on mobile device with triaxial acceleration transducer |
| CN102160017A (en) * | 2008-10-07 | 2011-08-17 | 高通股份有限公司 | Generating virtual buttons using motion sensors |
| CN102884555A (en) * | 2010-05-04 | 2013-01-16 | 诺基亚公司 | Vibration mechanism |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002140166A (en) * | 2000-11-02 | 2002-05-17 | Kddi Corp | Device for giving feel to finger touching touch panel display |
| US8373670B2 (en) * | 2009-11-11 | 2013-02-12 | Htc Corporation | Electronic device with dynamically adjusted touch area |
-
2013
- 2013-05-14 CN CN201310177905.1A patent/CN103324411B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102160017A (en) * | 2008-10-07 | 2011-08-17 | 高通股份有限公司 | Generating virtual buttons using motion sensors |
| CN102884555A (en) * | 2010-05-04 | 2013-01-16 | 诺基亚公司 | Vibration mechanism |
| CN101957673A (en) * | 2010-09-26 | 2011-01-26 | 浙江大学 | Method for playing lumberjack type game on mobile device with triaxial acceleration transducer |
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